Patch-level landscape metrics derived using the <i>HabSpace</i> function of <i>HabplanR</i> for the entire 35 three-year projection period, across two possible Habplan solutions.

Patch-level landscape metrics derived using the <i>HabSpace</i> function of <i>HabplanR</i> for the entire 35 three-year projection period, across two possible Habplan solutions.

<p>Reported metrics include total forest area within the specific canopy openness category (acres, mean number of patches, and mean patch area [acres]). Values within parentheses represent the range of mean values across the 35 three-year projection period.</p>

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Bibliographic Details
Main Author: Max D. Jones (6269006) (author)
Other Authors: Angela Larsen-Gray (19949947) (author), Stephen P. Prisley (19949950) (author), Holly L. Munro (19949953) (author), Elizabeth A. Hunter (19949956) (author)
Published: 2024
Subjects:
Ecology
Science Policy
Biological Sciences not elsewhere classified
types &# 8221
timber harvest scheduling
streamlines data preparation
intensive data preparation
harvested pine pulpwood
habitat quality indices
compared outcome differences
prioritized individual objectives
different schedules explicit
achieve multiple objectives
achieving economic targets
assesses spatial components
find management schedules
source software package
objective management problem
associated species ),
four schedules
ecological objectives
several economic
objective approach
management outcomes
include management
spatial configuration
spatial comparison
visualizes results
sets parameters
risk species
revenue ).
hastings algorithm
habplan ).
explore solutions
based tasks
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